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AxelEVB-Lite

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{{ImportantMessage|text=This page provides information for the AxelEVB-Lite carrier board model S-EVBA1000C1R (BOM 1.0.4), provided with XELK kits version 2.1.0 and above.
 
For AxelEVB-Lite revision 0 manufactured before the release of XELK 2.1.0, please refer to [[AxelEVB-Lite_rev.0|this page]].
}}
 
{{ObsoleteWikiPage|link=AXEL_Lite_SOM/AXEL_Lite_Evaluation_Kit}}
 
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{{AppliesToAxel}}
{{AppliesToAxelLite}}
{{AppliesToAxelEsatta}}
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[[File:Axelevb-lite-01.png|500px|frameless|border]]==Introduction==
==Introduction==AxelEVB-Lite is a carrier board designed to host [[File:Axel Ultra SOM-evb-lite-revA 02.jpg|Axel Ultra]] and [[Axel Lite SOM500px|Axel Lite]] (through an adapter) SoMs. It exports some specific peripherals connectors and acts as an adaptation board used in combination with [[:Category:Dacuframeless|Dacuborder]] carrier board.
This page provides information for the AxelEVB-Lite is a carrier board model S-EVBA1000C1R designed to host [[:Category:AxelUltra|AXEL ULTRA]] and [[:Category:AxelLite|AXEL LITE]] (BOM 1.0.4through an adapter), provided with XELK kits version 2.1SoMs.0 It exports some specific peripherals connectors and above. If you have a acts as an adaptation board from a previous version of the XELK kit (older than 2.1.0), please contact used in combination with [[mailto:support-axel@dave.eu support-axel@dave.euCategory:Dacu|Dacu]]carrier board.
==Block Diagram==
The following picture shows Axel-EVB-Lite's block diagram:
[[File:Axelevb-lite-block diagram.png|700px|frameless|border|centre]]
== Features ==
* 1x USB OTG,1x USB HOST
* Serial port (RS232)
* JTAG
* HDMI connector
* SATA connector
!Description
|-
| <strike>ETH0 interface</strike>| <strike>Mistake in the connection of the center tap pins. They should be separated from one another and connected through separate 0.1μF common-mode capacitors to ground (for further details (eg: connection and selection of the magnetics), please refer to the Micrel KSZ9031RNX datasheet).</strike>
|-
|}
|----
|J4.16
|USB_OTG_VBUSN.C.|USB power supply (+5V)-
| -
|----
|J4.18
|DISP0_DAT21DISP0_DAT18
|Digital video: data-bit[21]
| -[Mount option]
|----
|J4.20
|----
|J4.24
|DISP0_DAT22DISP0_DAT21|Digital video: data-bit[2221]| -[Mount option]
|----
|J4.26
|DISP0_DAT23DISP0_DAT20|Digital video: data-bit[2320]| -[Mount option]
|----
|J4.28
|----
|J4.32
|KEY_ROW4/VDDSOC_CAPN.C.|USB OTG control signal-
| -
|----
|----
|J4.70
|LCD0_BKLT_PWMSD4_DATA2|LCD0 backlight control signal-
| -
|----
|----
|J5.63
|N.C.AUD4_TXFS
| -
| -
|----
|J5.75
|CSI0_DAT17DI0_PIN4
| -
| -
|----
|J5.77
|CSI0_DAT18SD4_DATA0
| -
| -
|----
|J5.79
|CSI0_DAT19EIM_D23
| -
| -
|----
|J5.81
|N.C.DISP0_DAT18
| -
| -
|----
|J5.83
|N.C.DISP0_DAT19
| -
| -
|----
|J5.68
|N.C.AUD4_TXC
| -
| -
|----
|J5.70
|N.C.AUD4_RXD
| -
| -
|----
|J5.74
|N.C.AUD4_TXD
| -
| -
!Notes
|-
|1 11 || ETH0_TXRX0_P || - || -
|-
|2 10 || ETH0_TXRX0_M || - || -
|-
|3 4 || ETH0_TXRX1_P || - || -
|-
|4 3 || ETH0_TXRX2_P || - || -
|-
|5 2 || ETH0_TXRX2_M || - || -
|-
|6 5 || ETH0_TXRX1_M || - || -
|-
|7 8 || ETH0_TXRX3_P || - || -
|-
|8 9 || ETH0_TXRX3_M || - || -
|-
|9 15 || NVCC_AXEL_I/O_3.3V/1.8V ETH0_LED1 || - || -
|-
|10 13 || ETH_SH ETH0_LED2 || - || -
|-
|1117, 13 18 || NVCC_AXEL_I/O_3.3V/1.8V ETH_SH || - || -
|-
|12 || ETH0_LED1 || - || -|-|14 || ETH0_LED2 || - || -}|-|15, 16 || ETH_SH || - || -|- |}Please refer to the carrier board schematics for details on center taps connection.
=== PCI Express - J7 ===
!Notes
|-
|1, 2 || 3.3V_LCD3V_LCD1 || +3.3V || -
|-
|3, 4, 7, 10,<br>13, 16, 19 || DGND|| Ground || -
|}
=== J12 J56 ===
J12 J56 is a 2x1-pn 2.54mm pitch connector. The following table reports the connector's pinout:
{| class="wikitable"
|-
|2 || EXT_12V|| 12V Power Supply || -
|-
|}
 
=== MLB - J13 ===
J13 is a QSH–020–01–L–D–A 0,50 mm Hi-speed socket. It is connected to the MLB Port.
 
The following table reports the connector's pinout:
 
{| class="wikitable"
|-
!Pin#
!Pin name
!Function
!Notes
|-
|1 ||MLB_SN || - || -
|-
|2 ||ENET_TXD1//1V2_ETH || - || -
|-
|3 ||MLB_SP || - || -
|-
|4, 5, 7, 8,<br>12, 13, 14, 15,<br>16, 18, 20, 21,<br>22, 23, 25, 26,<br>27, 28, 29, 30,<br>31, 32, 36 ||N.C || - || -
|-
|9 ||MLB_DN || - || -
|-
|11 ||MLB_DP || - || -
|-
|17 ||MLB_CN || - || -
|-
|19 ||MLB_CP || - || -
|-
|24 ||EIM_CS1 || - || -
|-
|25 ||GPIO_7//FLEXCAN1_H || - || -
|-
|33 ||KEY_COL3/I2C2_SCL|| - || -
|-
|34 ||GPIO_17 || - || -
|-
|35 ||KEY_ROW3/I2C2_SDA || - || -
|-
|37, 38, 39 ||NVCC_AXEL_I/O_3.3V/1.8V || - || -
|-
|40 ||EXT_12V || - || -
|-
|41, 42, 43, 44 ||DGND || Ground || -
|-
|}
!Notes
|-
|1 || CSI_D15,SPI_MOSI_IPU2_CS1<br>SPI_MOSI_IPU2_CS1 [CSI_D15] || CAM DATA[15] || -
|-
|2 || CSI_D14|| CAM DATA[14] || -
|5 || SPI1_CLK_IPU2_CS1|| - || -
|-
|6 || SPI1_CLK_IPU2_CS1SPI1_MISO_IPU2_CS1|| - || -
|-
|7 || CMOS_I2C_SDA|| I2C DATA || -
|}
=== USB MIPI camera connector - J26 J53 ===
J26 J53 is a standard USB Mini AB 33-pin 0.50mm pitch ZIF connector.
The following table reports the connector's pinout:
!Notes
|-
|1 ||VIN_USBCSI_CLK0P || Power Supply - || -|-|2 || CSI_CLK0M || - || -
|-
|2 4 ||USBDN CSI_D0P || USB Data- || -
|-
|3 5 ||USBDP CSI_D0M || USB Data+ - || -
|-
|4 7 ||N.C. CSI_D1P || - || -
|-
|5 8 ||DGND CSI_D1M || Ground - || -
|-
|6, 7, 8, 9 10 ||RING CSI_D2P || Shield to Ground - || -
|-
|} === UART3 11 || CSI_D2M || - J28 === J28 is a standard DB9 connector for the RS232 two|| -wires UART3 port. The following table reports the connector's pinout: {| class="wikitable"
|-
!Pin# !Pin name!Function!Notes|13 || CSI_D3P || - || -
|-
|1, 4, 6, 914 |N.C.|N.C.CSI_D3M || - || -
|-
|216 |UART_EXT_RX|Receive lineDSI_D1P |Connected to protection diode array| - || -
|-
|317 |UART_EXT_TX|Transmit lineDSI_D1M |Connected to protection diode array| - || -
|-
|519 || DSI_D0P || - || -|DGND-|Ground20 || DSI_D0M || - ||-
|-
|722 |UART_EXT_RTS|UART3 RTSDSI_CLK0P || - || -
|-
|823 |UART_EXT_CTS|UART3 CTSDSI_DCK0M || - || -
|-
|} === USB OTG 3, 6, 9, 12<br>15, 18, 21, 24 || DGND || - J29 === J29 is a standard USB Micro AB connector. The following table reports the connector's pinout: {| class="wikitable" | -
|-
!Pin# !Pin name!Function!Notes|25 || KEY_COL3/I2C2_SCL || - || -
|-
|1 26 ||USB_OTG_VBUS_FKEY_ROW3/I2C2_SDA || Power Supply - || -
|-
|2 27, 28 ||OTG_DM3.3V || USB Data- || -
|-
|3 29 ||OTG_DPGPIO_19 || USB Data+ - || -
|-
|4 30 ||OTG_ID GPIO_18 || OTG ID signal - || -
|-
|5 31 ||USB_OTG_DGNGPIO_16 || Ground - || -
|-
|632, 7, 8, 9 33 ||USB_OTG_SHIELD5V || Shield to Ground - || -
|-
|}
=== SOM Power Voltage Selector USB OTG - J32 J29 ===
J32 J29 is a 4x2-pin 2.54 pitch vertical headerstandard USB Micro AB connector.  The following table reports the connector's pinout:
{| class="wikitable"
!Notes
|-
|1 || -DGND || - Ground || -
|-
|2 || -OTG_ID || - USB OTG ID || -
|-
|3 || -USB_OTG_DP || - USB OTG Data+ || -
|-
|4 || -USB_OTG_DN || USB OTG Data- || -
|-
|5 || -USB_OTG_VBUS|| - Power Supply || -
|-
|6 || -|| - || -|-|, 7 || -|| - || -|-|, 8 , 9 || -USB_OTG_SHIELD || - Shield to Ground || -
|-
|}
=== SOM Power Voltage Selector - J32 === J32 is a 4x2-pin 2.54 pitch vertical header for SOM power voltage selection. The available configurations are the following:
* all open: 2.8V
* 1-2 closed: 3.0V
|7 || NVCC_EIM_EXT || - || -
|-
|8 || SD3_DATA6 SD4_DATA2 || - || -
|-
|9 || RGMII_MDC || - || -
|-
|10 || SD3_DATA7 SD4_DATA1 || - || -
|-
|11 || RGMII_MDIO || - || -
|14 || NVCC_LCD_EXT || - || -
|-
|15 || DATA0SD4_DATA0/NANDF_DQS || - || -
|-
|16 || KEY_COL3/I2C2_SCL || - || -
|13 || WDT_WDI//VDDPU || - || -
|-
|14 || DGND SW2_1.8V/3.3V || Ground - || -
|-
|15 || EIM_D16 || - || -
|17 || EIM_D18 || - || -
|-
|18 || DGND NOR_WP || Ground - || -
|-
|19 || DGND || Ground || -
!Function
!Notes
|-
|1, 2 ||3.3V_LCD0 || +3.3V || -
|-
|1, 2, 5, 8,<br>11, 14, 17, 19,<br>20 ||DGND || Ground || -
|}
=== IPU1_CSI0 (1/2) LVDS0 - J50 J54 ===
J50 J54 is a 10x2DF13A-pin 2.54mm pitch vertical 20DP header. The following table reports the connector's pinout:
{| class="wikitable"
!Notes
|-
|1 || CSI0_DAT11 || CAM DATA[11] || -|-|, 2 || R_CMOS_CLK_IPU1_CSI0 || CMOS Clock 3.3V_LCD0 || -|-|+3 || CSI0_DAT10 || CAM DATA[10] || -|-|4 || DGND || Ground || -|-|5 || CSI0_DAT9 || CAM DATA[9] || -|-|6 || CMOS_I2C_SDA|| I2C DATA|| -|-|7 || CSI0_DAT8 || CAM DATA[8] || -|-|8 || CMOS_I2C_SCL|| I2C CLOCK .3V || -
|-
|9 3, 4, 7, 10,<br>13, 16, 19, 21, 22 || CSI0_DAT7 DGND || CAM DATA[7] Ground || -
|-
|10 5 || CMOS_RST#_IPU1_CSI0 LVDS0_TX0_N || CMOS_RST#TX0- || -
|-
|11 6 || CSI0_DAT6 LVDS0_TX0_P || CAM DATA[6] TX0+ || -
|-
|12 9 || CMOS_OE#_IPU1_CSI0 LVDS0_TX1_P || CMOS_OE# TX1+ || -
|-
|13 8 || CSI0_DAT5 LVDS0_TX1_N || CAM DATA[5] TX1- || -
|-
|14 11 || DGND LVDS0_TX2_N|| Ground TX2- || -
|-
|15 12|| CSI0_DAT4 LVDS0_TX2_P|| CAM DATA[4] TX2+ || -
|-
|16 14 || CAM_VCC_2.8V_IPU1_CSI0 LVDS0_CLK_N || 2.8V Power Supply Clock- || -
|-
|17 15 || EIM_D30 LVDS0_CLK_P || CAM DATA[3] Clock+ || -
|-
|18 17 || CAM_VCC_2.8V_IPU1_CSI0 LVDS0_P17 || 2.8V Power Supply - || -
|-
|19 18 || EIM_D31 LVDS0_P18 || CAM DATA[2] - || -
|-
|20 || DGND LVDS0_P20 || Ground - || -
|-
|}
=== IPU1_CSI0 (2/2) - J51 J19 ===
J51 J19 is a 10x225x2-pin 2.54mm pitch vertical header. The following table reports the connector's pinout:
{| class="wikitable"
!Notes
|-
|1 , 2, 6, 15, 24<br>29, 40, 49,50 || EIM_D26 DGND || CAM DATA[1] Ground || -
|-
|2 3, 5, 7, 17, 19<br>31, 33, 35 || DGND N.C. || Ground Not connected || -|-|20, 22, 26, 28<br>30, 34 || N.C. || Not connected || -|-|4 || CSI0_PIXCLK || CMOS Clock || -|-|9 || CSI0_DAT15 || CAM DATA[15] || -|-|10 || CAM_VCC_IPU1_CSI0 || IPU1 CSI0 Power Supply || -|-|11 || CSI0_DAT16 || CAM DATA[16] || -|-|12 || CSI0_VSYNC || CSI0 Vertical Sync || -|-|13 || CSI0_DAT17 || CAM DATA[17] || -|-|14 || CSI0_MCLK || CSI0 MCLK || -|-|16 || GPIO_19 || GPIO 19 || -|-|18 || EIM_D26 || EIM D26 || -|-|21 || CSI0_DAT9 || CAM DATA[9] || -
|-
|3 23 || EIM_D27CSI0_DAT10 || CAM DATA[010] || -
|-
|4, 5, 6 25 || CAM_VCC_IPU1_CSI0CSI0_DAT11 || 3.3V Power Supply CAM DATA[11] || -
|-
|7 27 || CSI0_PIXCLKCSI0_DAT12 || CAM Pixel Clock DATA[12] || -
|-
|8 32 || DGND CAM_VCC_IPU1_CSI0 || Ground - || -
|-
|9 36 || CSI0_MCLKEIM_D27 || CAM Hsync EIM D27 || -
|-
|10 37 || CAM_VCC_1.8V_IPU1_CSI0CSI0_DAT4 || 1.8V Power Supply CAM DATA[4] || -
|-
|11 38 || CSI0_VSYNCCSI0_DAT6 || CAM Vsync DATA[6] || -
|-
|12 39 || CAM_VCC_1.8V_IPU1_CSI0CSI0_DAT5 || 1.8V Power Supply CAM DATA[5] || -
|-
|13 41 || CSI0_DAT12CSI0_DAT18 || CAM DATA[1218] || -
|-
|14 42 || CSI0_DAT13CSI0_DAT7 || CAM DATA[136] || -
|-
|15 43 || CSI0_DAT16CSI0_DAT19 || CAM DATA[1619] || -
|-
|16 44 || CSI0_DAT19CSI0_DAT8 || CAM DATA[198]|| -
|-
|17 45 || CSI0_DAT17CSI0_DAT13 || CAM DATA[1713]|| -
|-
|18 46 || CSI0_DATA_ENKEY_ROW3/I2C2_SDA || CAM DATA Enable - || -
|-
|19 47 || CSI0_DAT18CSI0_DAT14 || CAM DATA[1814] || -
|-
|20 48 || NVCC_EIM_EXTKEY_COL3/I2C2_SCL || CSI1_VEXT - || -
|-
|}
=== Boot MicroSD - J52 ===
J52 is a microSD memory card connector. The following table reports the connector's pinout:
!Notes
|-
|1 ||SD2_DAT2SD1_DAT2||| DATA[2] || -
|-
|2 ||SD2_DAT3SD1_DAT3||| Card Detect/DATA[3] || -
|-
|3 ||SD2_CMDSD1_CMD||| CMD line || -
|-
|4 ||NVCC_AXEL_I/O_33.3V/1.8V||| Power Supply || -
|-
|5 ||SD2_CLKSD1_CLK||| Clock || -
|-
|6, 9, 10, 11, 12 ||DGND||| - || -
|-
|7 ||SD1_DAT0||| DATA[0] || -
|-
|8 ||SD1_DAT1||| DATA[1] || -
|-
|13 ||3.3V|| - || -
|-
|}
 
=== General purpose SD connector - J55 ===
 
J52 is a microSD memory card connector. The following table reports the connector's pinout:
 
{| class="wikitable"
|-
!Pin#
!Pin name
!Function
!Notes
|-
|1 ||SD2_DAT3||| DATA[3] || -
|-
|2 ||SD2_CMD||| CMD line || -
|-
|3, 6 ||DGND||| Ground || -
|-
|4 ||3.3V||| Power Supply || -
|-
|5 ||SD2_CLK||| Clock || -
|-
|7 ||SD2_DAT0||| DATA[0] || -
|8 ||SD2_DAT1||| DATA[1] || -
|-
|13 9 ||GPIO_0SD2_DAT2|| - | DATA[2] ||Pull up to 3.3V with 10K Ohm -
|-
|}
=== Pin strip connectors SPI PMOD - JP17 ===
==== J-PROG-MICRO1 ==== J-PROG-MICRO1 JP17 is a 3x212-pin, 26x2x2.54mm 54 pitch vertical header, pinstrip connector. The following table reports the pinout of the connector's pinout:
{| class="wikitable"
!Notes
|-
|1 || BKGD_JM60SD2_DATA1||| - || -
|-
|2 || DGNDGPIO_17 || Ground | - || -
|-
|3, 5 || N.C. SD2_CMD ||| - || -
|-
|4 , 6, 8 || RST_JM60N.C.|| - | Not connected || -
|-
|6 5 || VIN_USBSD2_DATA0 ||| || -|-|7 ||SD2_CLK ||| - || -|-|9, 10 ||DGND ||| Ground || -|-|11, 12 ||+3.3V ||| - || -
|-
|}
 
=== Pin strip connectors ===
==== J-PROG-PMIC1 ====
|1 || 2V8-4V5|| - || -
|-
|2 || MIC_PROG_GATE_CTRlPMIC_PROG_GATE_CTRl|| - || -
|-
|3 || DGND|| Ground || -
!Notes
|-
|1 || - || - || Connetted Connected to pin 3
|-
|2 || DGND|| Ground|| -
|-
|3 || - || - || Connetted Connected to pin 1
|-
|4, 6, 8, 10,<br>12, 14, 16 || NVCC_CSI_EXT|| - || -
!Notes
|-
|1 || - || - || Connetted Connected to pin 3
|-
|2 || DGND|| Ground|| -
|-
|3 || - || - || Connetted Connected to pin 1
|-
|4, 6, 8, 10,<br>12, 14, 16 || NVCC_EIM_EXT|| - || -
|}
==== MIPI CSI - JP7 ====
 
JP7 is a 8x2-pin 2.54mm pitch header pinstrip connector. The following table reports the connector's pinout:
 
{| class="wikitable"
|-
!Pin#
!Pin name
!Function
!Notes
|-
|1 || CSI_D3P || Data3 + ||
|-
|2, 5, 8, 11,<br> 14, 16 || DGND|| Ground|| -
|-
|3 || CSI_D3N || Data3- ||
|-
|4 || CSI_D2P|| Data2+ || -
|-
|6 || CSI_D2M|| Data2-|| -
|-
|7 || CSI_D1P|| Data1+|| -
|-
|9 || CSI_D1M|| Data1- || -
|-
|13 || CSI_CLK0P|| Clock+ || -
|-
|15 || CSI_CLK0M|| Clock- || -
|-
|}
==== EXPANSION CONNECTOR - JP8 ====
|}
==Boot configurations == MIPI DSI The AxelEVB- JP11 ====Lite carrier board can host two different SoM's, [[:Category:AxelUltra|Axel Ultra]] and [[:Category:AxelLite|Axel Lite]].
JP11 is a 8x2-pin 2.54mm pitch header pinstrip connector. The following table reports sections detail boot configuration options, which differ depending on the connector's pinout:SoM.
{| class="wikitable" ==Axel Ultra======= uSD card ==== |Dip-switch configuration:!Pin# !Pin name<pre>S5[1..8] : On Off On On On On Off Off!FunctionS6[1..8] : Off Off On On Off On On On!NotesS7[1..8] : Off Off On On On On On On |-S8[1..8] : On Off On On Off On On On|S9[1, ..2, 7, 8,] : Off Off<br/pre> 12, 13, 15, 16 || DGND || Ground || |-|3 || DSI_D1M || Data1 - || ==== SPI NOR flash ====|-|4 || DSI_CLOCK0M || Clock Dip- ||switch configuration:|-|5 || DSI_D1P || Data1 + ||<pre>|-S5[1..8] : On On Off Off On On Off Off |6 || DSI_CLOCK0P S6[1..8] : Off Off On On Off On On || Clock + ||On|-S7[1..8] : Off Off On Off Off Off On Off|9 || DSI_DOP|| Data0 + ||S8[1..8] : On Off On On Off On On On|-S9[1..2] : Off Off|10 || NVCC_AXEL_I</O_3.3V/1.8|| - ||pre>|-===Axel Lite===|11 || DSI_D0M|| Data0 In this case, it is required to use the [[AxelEVB- |||Lite-|14 |Adapter (AxelLite)| SW4_xV/1specific revision A adapter]] to plug the SoM.8V || Regarding the boot options, please refer to [[AxelEVB- |||Lite-Adapter_(AxelLite)#Revision_A_2|}this section]].
==SchematicsTechnical documents ==
===Schematics===* ORCAD: http://wwwmirror.dave.eu/systemaxel/hw/filesAxelEVB/arearev-riservataA/axelevb-litelite_S-EVBA1000C1R_1.0.98.3-XELK-dsndsn_.zip* PDF: http://wwwmirror.dave.eu/systemaxel/hw/filesAxelEVB/arearev-riservataA/axelevb-litelite_S-SEVBA1000C1R_1.EVBA1000C0R-0.9.38.pdf
===BOM===* AxelEVB-Lite: http://wwwmirror.dave.eu/systemaxel/hw/filesAxelEVB/arearev-riservataA/axelevbAXELEVB-lite_BOM_SLITE_S.EVBA1000C0R_0EVBA1000C1R.91.30.CSV_8.zip
===Layout===* http://wwwmirror.dave.eu/systemaxel/hw/filesAxelEVB/arearev-riservataA/axelevb-lite_CS151613_assem_viewlite_S-EVBA1000C1R_CS151613A_AssemView.pdf
===Mechanical===* DXF: http://wwwmirror.dave.eu/systemaxel/hw/filesAxelEVB/arearev-riservataA/axelevb-lite_2D_CS151613lite-S-EVBA1000C1R_CS151613A-2D.dxf_.zip* IDF (3D): http://wwwmirror.dave.eu/systemhw/filesaxel/areaAxelEVB/rev-riservataA/axelevb-lite_3D_CS151613lite-S-EVBA1000C1R_CS151613A-3D.idf_.zip
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